I am not sure what is the standard nomenclature in the literature, or even whether there is a standard, but all the instances of conic optimization I stumbled u
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I am not sure what is the standard nomenclature in the literature, or even whether there is a standard, but all the instances of conic optimization I stumbled upon had a linear objective function and they were called Linear Conic Optimization problem. It seems to me that, if the objective function is convex and non-linear, its nonlinearity can be "hidden" inside the convex cone and so we may replace the convex objective function by a linear one.
I have also come across something called a Nonlinear Conic Optimization problem, but that was much more involved and its definition mentioned a C-convex function, where C is an arbitrary convex set (convex functions are -convex functions, where are the nonnegative reals).
I wonder if it is a good idea to restrict the definition of conic optimization problems to have linear objective functions, or maybe split this page to mention both the linear and nonlinear forms.
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